 I think most of us have been in this situation before. We've had this dead battery and didn't quite know how to recycle it properly, so we just threw it in the closest waste bin. I've done that before I found out that a tiny battery can actually be a ticking bomb. My name is Sinez Awad and I'm the CEO and co-founder of Leetech. Now I'm here to tell you that the waste industry is on fire and not in a good way. But we can actually do something about that. This is Ibad. He's a store manager at one of the busiest yosks in Oslo Central Station. One day in 2018 he was cleaning up his magazine section and naturally he just threw everything in the cardboard paper trash. But what you didn't know was that in one of these magazines there was a toy, a toy with a lithium-ion battery. And if lithium-ion batteries are exposed to external damages, they tend to self-ignite. And that was exactly what happened at Norskjianvending in 2018. This is one of the most modern and largest waste facilities in Norway. And in 2018 it was up in flames. And it was all because of these. Incorrectly sorted lithium-ion batteries. And this is not a rare sight when it comes to waste management. In fact, 50% of waste facilities will experience fires on a weekly or even daily basis. And 80% of these fires are caused by incorrectly sorted lithium-ion batteries. When we first became aware of this problem, we started investigating existing solutions. And they were not really doing their job. By looking at this birthday card, are you able to see if there's a battery inside? That's the problem with image recognition. It will never be able to penetrate any objects nor any layers of waste. X-ray definitely have those penetration abilities. However, it's both expensive and invasive to the waste stream. And then we have what is in fact the industry standard. Damage control measures, like thermal cameras and robotic extinguishers. However, these measures will never be able to prevent a fire from happening in the first place. And that was exactly what we wanted to do when we started Litec two and a half years ago. And since then, we've been testing and failing and testing again. And today, I'm very proud to present to you Lyda. Lyda is consistent. She's cost-effective. And she's active. She can detect batteries with 85% accuracy, which is actually good enough for our first movers. She's made with safe radiation and in mind to how the waste stream looks like today. So let me walk you through how Lyda works. We've made modular sensor boxes to retrofit any type of assembly. These boxes are inducing a magnetic field through all conductive materials, creating eddy currents. When we read out this data, we get a unique fingerprint of the composition of the materials. And by looking into the details, we can classify even complex material combinations, such as batteries. By clustering this data, we can make informed decisions whether or not there is a battery hidden in the waste stream. It's the average yearly cost of smaller fires for one waste facility. This is the potential cost if a small fire becomes a big fire and burns down the whole plant. And due to this, insurance prices are spiking. There are 40% if they can even get an offer in the first place. There's about 16,000 recycling facilities worldwide. We're targeting 6,000 of them located in North America, Europe, East Asia, and the Pacific. Our total available market is 5.2 billion. Our obtainable market is 2 billion. And our obtainable market is 280 million. And to get there, we're now co-creating our solution with our end users to make sure that we meet their needs as well as requirements. And then we're partnering up. We're partnering up with leading industry players in our target markets to help us with extraction of the batteries, installation, as well as scaling. And a nice thing about operating in a niche is that your product is more adaptable to new geographical markets, which allows us to effectively scale in 2025. And this is our team. We're a young team. We're passionate. And combine our drive with our competence within economics, industry expertise, hardware, and artificial intelligence. With support from our mentors, we have exactly what we need to take our product global. And so far, we've proven that. We've raised about one million US dollars in governmental grants and our pre-seed ground. We've been announced with prestigious awards like 30 under 30 and entrepreneur of the year. And we've created and tested the first version of our sensor. We're now securing our IP. We're applying for patents. Then we'll be conducting a pilot project at Norsk Janvening in the exact same facility that was up in flames in 2018. In Q1, we will launch our seed round, raising two million US dollars to take us to market in 2025. So if you want to be a part of our journey and agree that we shouldn't play with fire, let's not waste any time and have a chat. Preferably I'll watch trash. Thank you.